S26 ultra leaked: hands-on review reveals privacy screen, but issues persist

S26 ultra leaked: hands-on review reveals privacy screen, but issues persist

Tech enthusiasts are buzzing after a pre-release version of the Samsung Galaxy S26 Ultra surfaced. While Samsung has taken down much of the content, a detailed review from a YouTube channel based in Bangladesh has emerged, offering a glimpse into the upcoming flagship. The review, which includes a short film, provides valuable insights into the phone's design, performance, and key features.

The Galaxy S26 Ultra is slated for official announcement tomorrow and will be available in a few weeks. Early impressions suggest a more refined design than initially anticipated, with an elegantly designed camera bump. The phone is slightly lighter and thinner than its predecessor, measuring 7.9 mm compared to the Galaxy S25 Ultra's 8.2 mm, and weighs in at 214 grams versus 218 grams.

Titanium Frame Confirmation: Contrary to rumors, the Galaxy S26 Ultra appears to retain a titanium frame, a welcome change given Apple's shift to aluminum. The device is powered by the latest Snapdragon 8 Gen 5processor, ensuring top-tier performance. Other specs, including 60W charging and a 5,000 mAh battery, align with previous leaks.

Privacy display: a glimpse into the future

The standout feature of the Galaxy S26 Ultra is its innovative privacy display. This hardware-level implementation allows users to darken the screen when someone is nearby, preventing them from peeking at sensitive information. The review indicates that the privacy display functions as expected and adds to the overall appeal of the device. This feature is a significant step towards enhanced user privacy in a market dominated by increasingly transparent screens.

Performance and heating concerns

However, the review isn’t all positive. The Galaxy S26 Ultra appears to be experiencing some performance and heating issues. During camera use and even simple video playback, the device reportedly runs warm. While not a deal-breaker, this is unusual for a Snapdragon flagship, as heat dissipation problems were typically associated with Exynos devices. It remains to be seen if the Exynos 2600, which is expected in the base model and Galaxy S26 Plus in most regions, will also exhibit similar heating issues.

n
• Heating Issues: The phone gets noticeably warm during intensive tasks.
n
• Processor: Powered by the Snapdragon 8 Gen 5.
n
• Battery: Equipped with a 5,000 mAh battery.

Connectivity hiccups

Another reported issue is with Wi-Fi connectivity. The reviewer encountered problems with the phone connecting to Wi-Fi networks, suggesting a potential software-related bug. Samsung will likely address these issues with future software updates. It's crucial to note that these are early impressions, and the final software version might resolve these problems.

Reservations and pricing

Samsung has begun taking reservations for the Galaxy S26 Ultra. Early adopters can receive a $30 Samsung credit, have a chance to win a $5,000 sweepstake, and enjoy pre-order savings of up to $900. Securing a reservation now is a smart move if you're eager to get your hands on the device.

Global availability and software

The Galaxy S26 Ultra's launch is generating significant buzz globally. The leaked unit in the review was intended for the African market, suggesting that the phone will be available in various regions. The availability of detailed pictures, videos, and reviews is increasing, putting pressure on Samsung to address the reported issues promptly. The company will need to ensure a smooth launch and address any software glitches to maintain its reputation.

Will you wait?

The reported performance and connectivity issues raise questions about whether to pre-order the Galaxy S26 Ultra. Many potential buyers might choose to wait for software updates to resolve these problems. The decision ultimately depends on individual priorities and tolerance for potential early-release issues. Samsung's response to these concerns will be critical in shaping the device's reception.